Computational Photonics
Physics-informed optimization, inverse design, and reproducible simulation workflows.
I work on integrated, neuromorphic, quantum, nonlinear, nano-, and computational photonics. This site brings together my research profile, publications, technical materials, and collaboration paths in one place.
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Publications
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Public Talks
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Learning Resources
Research Scope
Physics-informed optimization, inverse design, and reproducible simulation workflows.
Photonic neural networks, optical computing primitives, and brain-inspired processing.
Silicon photonics, waveguide engineering, and scalable on-chip optical systems.
Integrated sources, nonlinear generation paths, and quantum-compatible device design.
Metasurfaces, resonant nanostructures, and sub-wavelength light control.
Physics-informed optimization, inverse design, and reproducible simulation workflows.
Silicon photonics, waveguide engineering, and scalable on-chip optical systems.
Photonic neural networks, optical computing primitives, and brain-inspired processing.
Integrated sources, nonlinear generation paths, and quantum-compatible device design.
Metasurfaces, resonant nanostructures, and sub-wavelength light control.
Work With Me
The site is structured around clear next steps, whether you are looking for research collaboration, technical support, mentorship, or speaking.
For labs, students, and teams working on photonics design, modeling, or applied research.
Discuss collaborationScoped support for simulation planning, workflow design, and physics-informed optimization.
View servicesFree guidance for students moving from coursework into serious research execution.
Open mentorshipTalks for technical communities, student chapters, and early-career engineering audiences.
See talk topicsExplore
Background, affiliations, technical stack, and professional profile.
Open sectionResearch output, preprints, and publication metadata.
Open sectionRepository-level portfolio pulled from GitHub.
Open sectionSlides, summaries, templates, and practical learning resources.
Open sectionWorking across integrated photonics research workflows with emphasis on simulation quality, model reliability, and practical execution.
If you already know why you are here, jump straight to the contact page or review the service and mentorship scope before reaching out.